#Question id: 3335
#Unit 9. Evolution & Diversity of Life Forms
Consider hypothetical populations that have arisen from the mixing of migrants from different sources: f(AA)- 0.30 f(Aa)- 0.0 f(aa)- 0.70 After one generation of random mating within population, what will be genotypic frequencies?
#Question id: 3336
#Unit 9. Evolution & Diversity of Life Forms
There are 4 alleles at a given locus in a diploid population and all alleles are equal abundant. What is the proportion of all homozygotes in the population?
#Question id: 3337
#Unit 9. Evolution & Diversity of Life Forms
Small populations are threatened by a least loss of genetic variability is due to
#Question id: 3338
#Unit 9. Evolution & Diversity of Life Forms
If the expected frequency of heterozygotes in a population (based on the Hardy–Weinberg law) is 0.4, but the observed frequency is 0.2, what is the inbreeding coefficient?
#Question id: 3339
#Unit 9. Evolution & Diversity of Life Forms
In a plant species, flower color locus either homozygous or heterozygous with genotype RR-red, Rr- pink and rr- white. The Proportional of pink flower in generation 0 is .50. What is the level of remaining pink flower in a third generation of repeated selfing?
#Question id: 3340
#Unit 9. Evolution & Diversity of Life Forms
Which of the following statements is NOT correct regarding effect of genetic drift?